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x and y are positive integers. When x is divided by 11, the remainder
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09 Oct 2015, 01:47
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55% (hard)
Question Stats:
65% (02:28) correct 35% (02:38) wrong based on 290 sessions
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x and y are positive integers. When x is divided by 11, the remainder is 5, and when x is divided by 34, the remainder is 27. When y is divided by 17, the remainder is 11, and when y is divided by 3, the remainder is 2. What is the least possible value of x + y?
x and y are positive integers. When x is divided by 11, the remainder
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Updated on: 09 Oct 2015, 05:21
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x/11= remainder is 5 x/34= remainder is 27 x=27
y/17= remainder is 11 y/3 = remainder is 2 y=11
x+y=38 Updated Answer to C , Thanks for correcting Engr2012 Cheers!! _________________
When everything seems to be going against you, remember that the airplane takes off against the wind, not with it. - Henry Ford The Moment You Think About Giving Up, Think Of The Reason Why You Held On So Long +1 Kudos if you find this post helpful
Originally posted by Skywalker18 on 09 Oct 2015, 02:39.
Last edited by Skywalker18 on 09 Oct 2015, 05:21, edited 1 time in total.
Re: x and y are positive integers. When x is divided by 11, the remainder
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09 Oct 2015, 15:16
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Bunuel wrote:
x and y are positive integers. When x is divided by 11, the remainder is 5, and when x is divided by 34, the remainder is 27. When y is divided by 17, the remainder is 11, and when y is divided by 3, the remainder is 2. What is the least possible value of x + y?
A) 7 B) 19 C) 38 D) 53 E) 89
Source: GMATPrepNopw.
Kudos for a correct solution.
x=27 when divided by 11 leaves remainder 5, when divided by 34 leaves remainder 27. y=11 when divided by 17leaves remainder 11, when divided by 3 leaves remainder 2
Hence x+y=38
Rule for finding the numbers are
Let x=34k+27 on division by 34 will leave remainder as 27
Re: x and y are positive integers. When x is divided by 11, the remainder
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09 Oct 2015, 23:08
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For the least possible sum, lets assume that the quotient of all divisions are zero and that the given remainders are the actual numbers. When x is divided by 11, the remainder is 5, and when x is divided by 34, the remainder is 27. So the least value of X is 27.
When y is divided by 17, the remainder is 11, and when y is divided by 3, the remainder is 2. So the least value of Y is 11.
Re: x and y are positive integers. When x is divided by 11, the remainder
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10 Oct 2015, 20:03
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Hope my approach is correct
x= 11m+5 .... (1) x=34n+27......(2)
From 1 and 2; 11m+5=34n+27 so, 11m-34n=22 ... (3) for n=0, we get m=2, putting that in eq 1, we get x=22 for m=0, we get n=-22/7, we get -ve value of x, but we know x is a positive integer.
similarly, for y= 17p+11...(4) and y= 3q+2 ....(5) so, 17p-3q= -9 .....(6) for, p=0, we get q=3 and y= 11 (from eq 5) for q=0, we get p=-19/7 and a negative value of y. but we know y is a positive integer.
so, x+y= 38 option c
this is my first ever post on gmat club Do give kudos if you feel i have helped in some way ! Cheers
Re: x and y are positive integers. When x is divided by 11, the remainder
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11 Oct 2015, 07:52
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Bunuel wrote:
x and y are positive integers. When x is divided by 11, the remainder is 5, and when x is divided by 34, the remainder is 27. When y is divided by 17, the remainder is 11, and when y is divided by 3, the remainder is 2. What is the least possible value of x + y?
A) 7 B) 19 C) 38 D) 53 E) 89
Source: GMATPrepNopw.
Kudos for a correct solution.
GMAT Prep Now OFFICIAL SOLUTION:
When x is divided by 11, the remainder is 5: So, the possible values of x are: 5, 16, 27, 38, etc.
When x is divided by 34, the remainder is 27: So, the possible values of x are: 27... STOP. Since both lists include 27, the smallest possible value of x is 27.
When y is divided by 17, the remainder is 11: So, the possible values of y are: 11, 28, 45, etc.
When y is divided by 3, the remainder is 2: So, the possible values of y are: 2, 5, 8, 11...STOP. Since both lists include 11, the smallest possible value of y is 11
Since the smallest possible values of x and y are 27 and 11 respectively, the smallest possible value of x + y is 38. So, C is the correct answer to the original question.
The Big Takeaway:
When solving remainder questions on the GMAT, you can sometimes save yourself a lot of work by listing possible values and, more importantly, by beginning with the smallest possible value.
_________________
Re: x and y are positive integers. When x is divided by 11, the remainder
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29 Jun 2017, 06:09
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Hi,
As it is mentioned when x is divided by 11, the remainder is 5, and when x is divided by 34, the remainder is 27. When y is divided by 17, the remainder is 11, and when y is divided by 3, the remainder is 2
Hence, I concluded when X is even (11+5) and Y is even (17+11); Even + Even = Even. Since there is just one option with an Even number. I picked C. Is this approach correct?
Concentration: Entrepreneurship, General Management
WE: Engineering (Energy and Utilities)
Re: x and y are positive integers. When x is divided by 11, the remainder
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29 Jun 2017, 06:50
Solution to this problem is very easy. First, dont get scared by lengthy problem. Just look at Whats test maker is asking. Test maker is asking to find out least possible value of x and y. Always least value for multiples is 0. Consider a multiple of 0 for values of x and y such that it satisfies given literature For x, with zero multiple of largest number 34, remainder 27 is (34 x 0)+27 = 27 Similarly for y, with zero multiple of largest number 17, remainder 11 is (17 x 0) + 11 = 11 So x + y = 38. Thats so simple Please +1 Kudos if you find this post helpful
Re: x and y are positive integers. When x is divided by 11, the remainder
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17 Jul 2018, 17:27
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65% (02:28) correct 
